Funny thing, this modern technology... 20 years ago if someone had described cell phones and GPS to you, you'd have said "science fiction, it'll never happen".
Now, when these toys we take for granted are less than perfect, we get all cranky :-)
yup, standard location, but calling it an e-brake is a mistake, since driver cant reach it under any circumstances :-)
mine's a "parking brake" , accessible only once seat belts released.
cheers
I've been using the "US General" (which is made in china...) for light shop duty use for years. Reliable so far.
I might suggest that if you truly need to lift 6000 pounds regularly, a steel unit might be a better choice anyway.
LOL ! yeah, and Caterham said it would take me 60 hours to build my full size car.....
... what they don't say is that it assumes the crates you receive contain ALL the parts you will need, and further assumes that all the parts you receive are actually applicable to the model you ordered;
don't get me started again :-)
In researching the potential value, I came across this:
http://www.modelersite.com/PDF_Fotos_VII/Caterham.htm
yikes !
(for me, if the value is indeed less than the kit cost, then I'll keep it for sure; no risk of later regret) :-)
Classy act!
.... and clever too; think how little this actually cost them relative to standard advertising campaigns; inexpensive and massive goodwill value; smart!
I guess it's "to each their own".
For me, $50k should buy a much higher spec Caterham, or a much-closer-to-original Series 2 Lotus, not a medium blend of both. :-)
My first guess would be that the little bit of downforce you get at autocross speeds will be offset by the additional (unwanted) weight transfer due to the high center of gravity of that reasonably heavy sprint car wing.
Let us know though, very curious....
thanks for input.
Rob at Aldon already offered to put in anything I want. Shipping cost is stupid, still trying to find alternatives. Mind you, now that season is ending, I can send it "slow boat inexpensive" ...
Yeah, sorry, previous post lacks info.
This is a non-vacumm mechanical dizzy with an electronic trigger box inside it.
Its a Lucas converted by Aldon in England.
Aldon confirms it has only 12 degrees total advance PER CATERHAM SPEC !! which Aldon tells me they have advised Caterham is wrong but to no avail....
my intent is to recurve it so I get 12 idle 34 or so at 4000, but curious if its possible or even desirable to be non linear with rpm (if its just weights, then I guess its non linear with square of rpm due to basic centrifugal force physics)
Thanks.
Mapping the existing was straight forward. I'm looking for a majority opinion of what might be the best compromise curve.
I have a ridiculous curve in my Caterham-supplied dizzy; total advance in this thing is only 10 degrees !! the third party supplier of the dizzy to Caterham even confirmed that they told Caterham their spec was crap :-)
... so it either idles fine, runs like sh*t, or vice versa, depending on where I set it.
Looking for opinions before the rebuild starts .